Medicine & Life Sciences
Pseudomonas putida
100%
Synechococcus
80%
Hot Springs
74%
Ecotype
72%
trans-3-(4'-hydroxyphenyl)-2-propenoic acid
56%
Agaricales
52%
Carbon
44%
Proteins
41%
Escherichia coli
36%
Zosteraceae
35%
Chloroflexus
35%
Photosynthesis
35%
Bacteria
34%
Chlorobi
33%
Chloroflexi
32%
Deltaproteobacteria
31%
Nitrogenase
28%
Nitrogen Fixation
27%
Plasmids
26%
Synthetic Biology
24%
Genome
24%
Growth
23%
Waxes
22%
Metagenomics
22%
Host Specificity
22%
Gene Editing
21%
Protein Folding
20%
Genes
20%
Cyanobacteria
20%
Open Reading Frames
20%
Bacteriochlorophylls
20%
Bacillus subtilis
19%
Protein Biosynthesis
19%
Gene Expression Regulation
19%
Light
19%
Ecosystem
18%
Oligonucleotides
18%
Esters
18%
Biomass
17%
Gammaproteobacteria
17%
Photosynthetic Reaction Center Complex Proteins
16%
Reactive Oxygen Species
14%
bacteriochlorophyll d
14%
Gene Expression
14%
Sulfates
13%
Carbon Cycle
12%
Oxygen
12%
Fermentation
12%
Earth & Environmental Sciences
microbial mat
94%
gene expression
48%
thermal spring
44%
gene
41%
marina
40%
national park
39%
ecotype
35%
irradiance
31%
mushroom
28%
carbon
26%
protein
26%
photosynthesis
25%
fixation
23%
amino acid
21%
reactive oxygen species
21%
sulfur compound
20%
ecological niche
20%
detoxification
20%
wax
19%
seagrass
19%
ester
17%
metabolism
17%
cell
16%
cyanobacterium
16%
energetics
16%
nitrogen
15%
respiration
15%
oxygen
14%
organic carbon
13%
fermentation
13%
sulfur
13%
biosynthesis
13%
family
12%
regulation
12%
organism
12%
bacterium
12%
nutrient
11%
in situ
10%
loss
10%
nitrogen fixation
10%
sediment
9%
endogenous cue
9%
distribution
7%
proteomics
7%
bioinformatics
7%
material
7%
plasmid
7%
detection
6%
resource availability
6%
environmental cue
6%
Agriculture & Biology
Zostera marina
47%
Synechococcus
38%
national parks
30%
Chlorobi
30%
bacteriochlorophyll
27%
Chloroflexi
25%
ecotypes
25%
oxygen
21%
gene deletion
20%
mushrooms
20%
autotrophs
20%
concentrating
20%
nitrogenase
19%
Pseudomonas putida
19%
delta-Proteobacteria
19%
gene expression regulation
19%
carbon
19%
osmotic stress
18%
bacterial communities
18%
photosynthesis
17%
sediments
17%
genes
15%
Chloroflexus
15%
photoheterotrophs
15%
reactive oxygen species
14%
open reading frames
14%
acetates
13%
Chlorobiales
13%
wax esters
12%
cell respiration
11%
Escherichia coli
11%
polyhydroxyalkanoates
11%
proteins
11%
gamma-Proteobacteria
10%
organic carbon
9%
transcription (genetics)
9%
gene expression
9%
Cyanobacteria
8%
photosynthetic reaction centers
8%
nitrogen cycle
7%
niches
7%
sulfates
7%
sulfur
7%
epsilon-Proteobacteria
7%
Escherichia coli K12
7%
rhamnose
6%
amino acids
6%
synthesis
6%
arabinose
6%